Search results

There is no page titled "FPQ-6". You can create this page.

For more information about searching CarnarvonSpace, see Searching CarnarvonSpace.

Showing below up to 20 results starting with #1.


View (previous 20) (next 20) (20 | 50 | 100 | 250 | 500).

Article title matches

  1. FPQ-6 Radar (3,782 bytes)
    3: [[Image:Q6Radar.jpg|left|thumb|FPQ-6 Radar Antenna: Photo; Hamish Lindsay]]
    4: The '''AN-FPQ-6 Missile Precision Instrumentation Radar (MIPIR)''...
    8: ...dication that a good orbit would be achieved. The FPQ-6 gave prime support for all '''Manned Space Flight...
    12: Any support FPQ-6 provided was secondary to its requirement to trac...
    14: Unique to the FPQ-6 was the way its computer was an integral part of ...
  2. FPQ-6 Tracking and Ranging (9,017 bytes)
    4: [[Image:Q6-control.jpg|left|thumbnail|400px|FPQ-6 Control console. Standing in the foreground is Ro...
    5: ... except that for a precision radar, such as the FPQ-6, there are additional refinements. [1]
    8: ...n tower tests of reflector and transponder tests, FPQ-6 recorded the local humidity and pressure entered ...
    11: Usually, the FPQ-6 antenna was controlled by the data processor from...
    23: ...von engineers suggested that NASA had applied the FPQ-6 refraction coefficient in the US in addition to i...
  3. Key FPQ-6 Mission Activity (12,881 bytes)
    4: A full catalogue of Carnarvon FPQ-6 tracking would be a potted history of US space ex...
    9: ... was discovered in a lower Earth orbit by the CRO FPQ-6; an orbit from which it could not be rescued.
    10: ...iled to reach the correct orbit; nevertheless CRO FPQ-6, acquiring it a little behind schedule, was able ...
    11: ...ched. About 50 of these had been supported by CRO FPQ-6 before it ceased tracking in mid-1975.
    14: ...lo missions were to follow in due course with CRO FPQ-6 supporting every viewable opportunity for manned ...

Page text matches

  1. Station Equipment (226 bytes)
    3: ''''Tracking Science''''. ''''FPQ-6 Radar'''', ''''SPAN systems'''', and '''VERLORT R...
  2. Tracking Science (1,928 bytes)
    7: Next were the two pulse radars, the [[FPQ-6 Radar|FPQ-6]] and the [[VERLORT Radar|VERLORT]] (VERy LOng Ra...
  3. Goddard Range and Range Rate (2,846 bytes)
    11: ... while the local friendly rivals, the T&C and the FPQ-6, were housed more substantially. The vans were na...
  4. FPQ-6 Radar (3,782 bytes)
    3: [[Image:Q6Radar.jpg|left|thumb|FPQ-6 Radar Antenna: Photo; Hamish Lindsay]]
    4: The '''AN-FPQ-6 Missile Precision Instrumentation Radar (MIPIR)''...
    8: ...dication that a good orbit would be achieved. The FPQ-6 gave prime support for all '''Manned Space Flight...
    12: Any support FPQ-6 provided was secondary to its requirement to trac...
    14: Unique to the FPQ-6 was the way its computer was an integral part of ...
  5. Carnarvon Location Project (5,797 bytes)
    20: ...transponders; a C-band radar transponder (used by FPQ-6 radar); a passive radar reflector; and Laser corn...
    36: ... project. Aided by pointing data provided by the FPQ-6 computer, the Laser was tested in February ‘69 ...
    50: The FPQ-6 radar also participated in a world-wide refinemen...
  6. The Science of Tracking (14,603 bytes)
    36: ...the VERLORT (VERy LOng Range Tracking) radar. The FPQ-6 radar had a built-in computer and was accurate en...
  7. Western Australia in Space (7,188 bytes)
    25: the FPQ-6 Radar supporting all the above launched vehicles ...
  8. VERLORT Radar (1,971 bytes)
    10: ...sition aid and back-up for the even more accurate FPQ-6 radar to be installed there.
    12: ... was soon taken off the operational list once the FPQ-6 proved its reliability and other acquisition meth...
  9. Roles of NASA and OTC stations (6,605 bytes)
    10: ... reflecting laser beams from the Moon; (2) The '''FPQ-6 radar''', the most accurate radar of its time, tr...
  10. Q6 Antenna Structure (1,605 bytes)
    3: [[Image:Q6-construct.jpg|left|thumbnail|135px|FPQ-6 under construction]]
    4: ...first shipment of Gemini equipment - included the FPQ-6 antenna pedestal its heaviest item - arrived in N...
  11. FPQ-6 Tracking and Ranging (9,017 bytes)
    4: [[Image:Q6-control.jpg|left|thumbnail|400px|FPQ-6 Control console. Standing in the foreground is Ro...
    5: ... except that for a precision radar, such as the FPQ-6, there are additional refinements. [1]
    8: ...n tower tests of reflector and transponder tests, FPQ-6 recorded the local humidity and pressure entered ...
    11: Usually, the FPQ-6 antenna was controlled by the data processor from...
    23: ...von engineers suggested that NASA had applied the FPQ-6 refraction coefficient in the US in addition to i...
  12. Key FPQ-6 Mission Activity (12,881 bytes)
    4: A full catalogue of Carnarvon FPQ-6 tracking would be a potted history of US space ex...
    9: ... was discovered in a lower Earth orbit by the CRO FPQ-6; an orbit from which it could not be rescued.
    10: ...iled to reach the correct orbit; nevertheless CRO FPQ-6, acquiring it a little behind schedule, was able ...
    11: ...ched. About 50 of these had been supported by CRO FPQ-6 before it ceased tracking in mid-1975.
    14: ...lo missions were to follow in due course with CRO FPQ-6 supporting every viewable opportunity for manned ...
  13. Q6 Research Activity (6,721 bytes)
    2: ...70 that potential research uses for the Carnarvon FPQ-6 Radar emerged.
    11: ...to investigate windshear in the lower atmosphere. FPQ-6 tracked them to a height of about 15 Km. Jimspher...
    16: ...am jury-rigged a 22 GHz receiver front-end in the FPQ-6 dish and after testing with a known source in the...
    22: ...am was delighted when in 1971 the CSIRO asked for FPQ-6 participation in a study of the territorial habit...
    24: ...fishing boats out to sea were displayed.”'' [3] FPQ-6 was able to pinpoint the waistcoat carried by a s...
  14. Bermuda,Carnarvon and RCA: Q6 partners (3,596 bytes)
    3: ...upgrade the range crystal was changed to keep the FPQ-6 on track with the most recent value of the veloci...
    5: ...rom a dozen or so other tracking stations the two FPQ-6 teams had only each other with whom to consult.
    9: ...ronics around in his head. Lindsay instructed the FPQ-6 team to dismantle and thoroughly clean the paramp...
    11: ...within 0.05mm, was one mastered by several of the FPQ-6 team. [4]
  15. WRE HAD Rocket Experiments (7,587 bytes)
    11: ...cqAid to track them and provide pointing data for FPQ-6. The launcher-CRO interface was tested with a few...
    13: ...as now able to track and provide pointing data to FPQ-6. [2]
    15: But then it was FPQ-6’s turn to create problems. They tracked a coupl...
    29: ...eraci dropping aluminium pudding-bowls to be sure FPQ-6 could distinguish the radar echoes of an aluminiu...
  16. RCA Computer (7,242 bytes)
    2: ... computer''' was the ‘heart and brain’ of the FPQ-6 radar. In 1964, and for some time after, it was t...
    24: ... programming was a skill developed by a number of FPQ-6 programmers; the 4101 proving to be an excellent ...
    30: ...of joint development work between the CRO and BDA FPQ-6 teams using the new orbit definition capability, ...
    32: Good technical work by CRO FPQ-6 led to a '''lasting requirement''' by US Air Forc...
    34: ...elesat-A, which went astray shortly after launch. FPQ-6 was able to acquire it on the first pass and to d...
  17. Other Q-6 tales (5,479 bytes)
    2: ...an George Allan has his on-duty meal delivered to FPQ-6. Serving him (left to right) are Frank Vinton, Co...
    21: ... him the ‘new’ paramps [new since his days as FPQ-6 Site Engineer]. I was surprised/mystified by the ...
  18. Overview (3,402 bytes)
    1: [[Image:Q6Radar.jpg|right|thumb|FPQ-6 Radar Antenna:<BR> Photo; Hamish Lindsay]]
    16: ...ght corner. Off picture left to the north, is the FPQ-6 radar.]]

View (previous 20) (next 20) (20 | 50 | 100 | 250 | 500).



Search in namespaces:

List redirects
Search for
Views
Toolbox
Personal tools